February 7, 2023

What are the best books on embedded systems?

It’s not easy to get a good grasp on embedded systems. If you’re looking for the best books on embedded systems, you’ve come to the right place. You’ll find a lot of books on this topic that are worth reading. However, we have picked a selection of books that is extremely popular among students and will be helpful for anyone whether they are beginners in this field or experienced professionals

1. The 8051 Microcontroller and Embedded Systems: Using Assembly and C

This is a great book for people who already know basic programming but want to learn about the internals of the 8051 microprocessor. This book has gained a lot of popularity for its easy-to-understand approach and step-by-step instructions. It is aimed at beginners and intermediate-level readers. 

This book covers all aspects of embedded systems design including digital logic design, system architecture design and VLSI chip design. It goes into detail about how each part fits together to form a complete product like an LCD display or a digital audio player. It also includes an introduction to computer architecture and software development along with many other topics related to embedded systems development.

The author starts with an introduction to hardware, which includes the basics of hardware layout, data types, memory addressing modes, timers and interrupts. Then it moves on to control flow statements in assembly language. The next section deals with I/O ports followed by more code examples that you can use in real-world projects. If you have an experience in embedded C programming the code examples in this book will be very easy to understand. The author also provides a thorough discussion on interrupts and IRQs in C language. It has been updated several times since then, so you’ll find information about more recent processors.

2. Making Embedded Systems

 Many embedded systems are “black boxes”, and it’s difficult to understand how they work or what the system is doing without detailed knowledge of the source code. This book thoroughly explains how to read, understand, and modify the source code for various embedded systems. The author has been working on embedded for an extremely long time and is well known in the industry as one of the most knowledgeable individuals in his field.

The book begins with an introduction to embedded systems, followed by a chapter on compiler design, which includes discussions of optimising compilers and providing run-time support for languages such as C++. The remaining chapters cover memory management, concurrency models, threading models, and algorithm design for real-time systems. The book makes it clear that embedded systems are not just a tool for making money; they are also a way to solve real problems. The advantages of making embedded systems are discussed, and some of the ways in which design patterns can help you make better-embedded systems are described.

 This book is useful for anyone who plans to develop embedded applications or intends to work on projects involving embedded systems. It will also be useful for people studying computer science who want a comprehensive overview of this important area of software development.”

3. Embedded Systems: Introduction to ARM Cortex-M Microcontrollers

The book provides an introduction to the ARM Cortex-M microcontroller, along with details on processor technology in embedded system. It discusses the architecture, memory organization, peripherals, and interrupt handling for ARM Cortex-M Microcontrollers. This book is aimed at people who are interested in embedded system design and development. The book starts with a short introduction on how the microcontrollers work, followed by detailed descriptions of the different types of hardware that can be used for embedded systems. It also talks about various programming techniques that can be used to develop embedded systems

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